Open Access
Research Mozambique field epidemiology and laboratory training program: a pathway for strengthening human resources in applied epidemiology Cynthia Semá Baltazar1,&, Cátia Taibo2, Jahit Sacarlal2, Lorna Gujral3, Cristolde Salomão1, Timothy Doyle4 1
National Institute of Health, Maputo, Mozambique, 2Faculty of Medicine, Eduardo Mondlane University, 3National Public Health Directorate, Ministry
of Health, Mozambique, 4Centers for Disease Control and Prevention, Mozambique &
Corresponding author: Cynthia Semá Baltazar, National Institute of Health, Maputo, Mozambique
Key words: Mozambique, field, epidemiology Received: 27/06/2017 - Accepted: 12/07/2017 - Published: 31/07/2017 Abstract Introduction: In the last decades, Mozambique has been undergoing demographic, epidemiological, economic and social transitions, which have all had a notable impact on the National Health System. New challenges have emerged, causing a need to expand the preparation and response to emerging disease threats and public health emergencies. Methods: We describe the structure and function of the Mozambique Field Epidemiology Training Program (MZ-FELTP) and the main outputs achieved during the first 6 years of program implementation (consisting of 3 cohorts). We also outline the contribution of the program to the National Health System and assess the retention of the graduates. Results: The MZ-FELTP is a post-graduate in-service training program, based on the acquisition of skills, within two tracks: applied epidemiology and laboratory management. The program was established in 2010, with the objective of strengthening capacity in applied epidemiology and laboratory management, so that events of public health importance can be detected and investigated in a timely and effective manner. The program is in its seventh year, having successfully trained 36 health professionals in the advanced course. During the first six years of the program, more than 40 outbreaks were investigated, 37 surveillance system evaluations were conducted and 39 descriptive data analyses were performed. Surveillance activities were implemented for mass events and emergency situations. In addition, more than 100 oral and poster presentations were given by trainees at national and international conferences. Conclusion: The MZ-FELTP has helped provide the Ministry of Health with the human and technical resources and operational capacity, to rapidly and effectively respond to major public health challenges in the country. The continuous involvement of key stakeholders is necessary for the continuation, expansion and ongoing sustainability of the program.
Pan African Medical Journal. 2017;27:233. doi:10.11604/pamj.2017.27.233.13183 This article is available online at: http://www.panafrican-med-journal.com/content/article/27/233/full/ © Cynthia Semá Baltazar et al. The Pan African Medical Journal - ISSN 1937-8688. This is an Open Access article distributed under the terms of the Creative Commons Attribution License (http://creativecommons.org/licenses/by/2.0), which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.
Pan African Medical Journal – ISSN: 1937- 8688 (www.panafrican-med-journal.com) Published in partnership with the African Field Epidemiology Network (AFENET). (www.afenet.net) Page number not for citation purposes
1
in
Introduction
Epidemiology
and
Public
Health
Interventions
Network
(TEPHINET) [6, 7]. The African Field Epidemiology Network The epidemiological profile of Mozambique is characterized by infectious diseases that are closely related to poverty and other socio-economic factors prevailing in the country [1]. The major causes
of
morbidity
and
mortality
are
malaria,
HIV/AIDS,
tuberculosis, respiratory diseases, diarrheal disease, measles, and meningitis [1, 2]. The country is vulnerable to natural disasters (e.g cyclones, floods) and frequent outbreaks of infectious diseases. Outbreaks of cholera and other epidemic diseases recur every year [3, 4]. Currently, the country is facing a demographic transition,
(AFENET)
was
established
in
2004,
after
recognizing
the
opportunities on the African continent for improving epidemiologic capacity through a network of country and region-specific training programs [8-10]. The MZ-FELTP is a member of the AFENET and TEPHINET professional networks. Connections and collaborations within these professional networks have gradually strengthened since the initiation of MZ-FELTP. These networks are a professional and scientific platform for the exchange of knowledge and experience.
with non-communicable diseases increasing in frequency, adding pressure on the health system [2]. The epidemiological surveillance system was first established by the Mozambican Ministry of Health
Methods
in 1979 and underwent revisions in 1985 and 2005 [1]. There were two assessments of the surveillance system, one in 2001 and the
This manuscript describes the program and includes a review of the
other in 2006. Among the identified constraints of the surveillance
main outputs. The outputs include outbreak and field investigations,
system was the lack of human resource capacity of health personnel
surveillance
for disease surveillance, reporting, data management, public health
documentation of standard laboratory procedures, conference
preparedness and response [1, 5]. Timely response to infectious
presentations, training activities and publications. The proportion of
disease outbreaks still challenges the National Health System [1]. In
graduates retained in the National Health System was also
addition, there is an insufficient number of qualified public health
assessed.
system
evaluations,
descriptive
data
analyses,
professionals and they are not equitably distributed throughout the country [1, 2, 5].
Results Furthermore, few health professionals in the country are using epidemiological skills, such as routine analysis and presentation of data. The Mozambican Ministry of Health thus identified the need for
training
epidemiologists
of and
multidisciplinary laboratory
technical
technicians
are
teams
where
members
of
surveillance and outbreak investigation teams. In this context, the Mozambique Field Epidemiology and Laboratory Training Program (MZ-FELTP) was created in 2009 by the National Institute of Health (INS), in partnership with the National Directorate of Public Health (DNSP) and the Faculty of Medicine of Eduardo Mondlane University (UEM), with technical and financial support from the U.S Centers for Disease Control and Prevention (CDC). Similar to other Field Epidemiology Training Programs, the MZ-FELTP is modeled on the Epidemic Intelligence Service (EIS) of the CDC. The EIS was modeled on a post-graduate residency program. It combined classroom and applied training and mentored in-service activities to train professionals in applied epidemiology and disease control, through the motto of "learn by doing". A global network of programs was established in 1997 as the Global Training Programs
FELTP training model in Mozambique: The aim of MZ-FELTP is to build epidemiological capacity in public health surveillance, disease control and response to outbreaks and public health emergencies through training in applied intervention epidemiology and laboratory management. To do this, the MZ-FELTP provides both a short-term, basic course and an advanced master's level course, affiliated with UEM. The master's course is 2 years duration, with approximately 25% of the time spent in classroom modules at the UEM Department of Microbiology and 75% spent in field placement activities. The classroom portion is organized into four modules (Introduction to Public Health and Basic Epidemiology, Scientific
Communication
and
Research Processes, Advanced
Epidemiology and Laboratory Management in Public Health and Management and Leadership in Public Health) with each module lasting approximately 3-6 weeks. The remaining 75% of time, residents are placed in field sites where they develop their skills and competencies in core activities of learning through supervised dayto-day activities at their field site. Field sites are strategic locations
Page number not for citation purposes
2
such as provincial health departments, national programs (malaria,
objectives, training quality, finances, trainee recruitment and
HIV, non-communicable diseases, neglected tropical diseases and
program advocacy.
others), central cross-cutting departments at the Ministry of Health (epidemiology department and others) and reference laboratories at the
National
Institute
of
Health
(tuberculosis,
Timeline of key developments of the MZ-FELTP
serology,
microbiology, virology and molecular biology) and other key areas
Short courses in basic epidemiology: The aim of the basic
related to health (e.g Department of Animal Sciences).
epidemiology short course is to strengthen basic public health surveillance
at
the
district
level,
providing
staff
with
the
During the master's program, each resident is assigned a mentor
epidemiological tools to solve problems in the community. The first
who guides the resident during the two years of training. Mentors
short course was initiated in 2009, targeting district-level health
help review the resident's work outputs and provide technical and
professionals
professional guidance. At each field location, a field supervisor
surveillance activities, outbreak control and laboratory activities.
provides ongoing day-to-day oversight on the experiential learning
Several additional courses were conducted in subsequent years
activities. A two-day training is offered for the mentors and
(Table 1). In general, selection of the participants in the course is
supervisors every year, where their roles and responsibilities are
the responsibility of each Provincial Health Directorate (DPS). The
described. The FELTP coordinating group performs regular field site
course generally has 20-25 participants and a duration of two
visits and meets with both mentors and supervisors to ensure
weeks, except for the first two short courses that were three
ongoing coordination and support of the training process. Residents
months duration with a field work component and mentorship. In
enrolled in the master's program are placed in one of two tracks,
the first four short courses, the participants came from several
based on their background, experience and future professional
provinces and the course was held at the central level (Maputo
goals. These are the epidemiology track or laboratory management
City). However, the approach was changed during the fifth course,
track. During the two years, residents in both tracks acquire
where the training was held in each province and with only
expertise in epidemiological methods, biostatistics, public health
participants of that province (Table 1). In addition to reducing the
surveillance,
public
health
laboratory
practice,
who
regularly
participate
in
epidemiological
scientific
costs of the course, this also allowed course content to be more
communication, management and leadership and emergency
focused on the health priorities of each Province. The longer-term
response.
training plan for the epidemiologic short courses in Mozambique envisions one to two courses per year in different regions of the
Classroom modules make extensive use of case studies and practical
country, so that each province is reached every three to four years.
exercises. Additional training methodologies include topic specific workshops, seminars and journal clubs. Residents are evaluated
Advance course-masters level: The 2-year advanced, master's
through written tests and evaluation of their program outputs. In
level FELTP course was implemented in August 2010, with the first
addition to the academic activities of the four core modules, the
residents enrolled in the program. The first group was composed of
curriculum is flexible to include additional training opportunities on
11 residents, of which five enrolled in the epidemiology track and six
specific issues. There have been several training activities on
in the laboratory track (Table 2). Several residents in the first cohort
specific topics including workshops on non-communicable disease,
participated in the 2009 epidemiology short course and in this way,
risk communication, molecular epidemiology of infectious diseases,
the different levels of training are designed to be synergistic with
scientific writing, HIV/AIDS and geographic information systems
one another. In March 2012, the second class cohort began with 14
(GIS), among others. The MZ-FELTP is governed by an Executive
residents, of which nine were enrolled in the epidemiology track and
Steering Committee that is led by the National Public Health Director
five in the laboratory track. The third cohort started in March 2014,
and includes senior-level officials from the Ministry of Health (MoH).
with 12 residents (eight in epidemiology track and four in the
The steering committee also includes representatives from key
laboratory track). Enrollment in the program is based on a
partner organizations such as CDC, WHO and UEM. This steering
competitive process where MoH first announces the call for
committee meets once or twice a year and has the role of advising
applications in major newspapers. Then selection involves review of
and guiding the program on issues related to the program
application materials and evaluation of applicant skills by a selection committee made up of program staff and key stakeholder
Page number not for citation purposes
3
organizations. The master's degree is provided by UEM Faculty of
National Health System (Table 2). Of the 37 students who enrolled
Medicine.
in the three cohorts, 36 (97%) successfully completed the program. All graduates were allocated to the national health system, through
Program accomplishments: Although the MZ-FELTP is a
different programs at central and provincial levels, at the National
relatively
notable
Institute of Health reference laboratories and at the Ministry of
strengthening of human resources in the health system in
Defense (Military Hospital Laboratory of Maputo). In addition, two
Mozambique.
to
residents were sponsored by UEM and they continue working there.
epidemiological necessities such as conducting more than 40
An external assessment was conducted in 2013 using a scorecard
outbreak investigations and 37 surveillance system evaluations.
that was developed by CDC and applied to FETP/FELTP evaluations
Other important field activities conducted by program participants
in multiple other countries. The tool includes five domains relevant
include: independent monitoring of a mass polio vaccination
to successful FELTP implementation: training, field work, leadership
campaign; evaluation of coverage and impact of a malaria bed-net
development, management and sustainability. The assessment
distribution campaign; response to natural disasters such as
evaluated the implementation and performance of the program and
catastrophic flooding and surveillance during mass gatherings (Table
identified key areas for program improvement. Further program
3). The MZ-FELTP program has also enhanced Mozambique's
evaluation at periodic intervals is anticipated, as is done with other
contribution to the dissemination of epidemiological information
FELTP programs globally and those accredited through TEPHINET.
young The
program, program
it has
has
contributed
been
able
to
to
respond
through the publication of 11 articles published in the MoH Epidemiological Bulletin related to outbreak investigations and descriptive analyses of surveillance data (Table 3). There have also
Discussion
been approximately 100 oral and poster presentations at national and international scientific conferences; four manuscripts were published
in
international
journals
[11-14],
with
additional
manuscripts in preparation or in press. The MZ-FELTP residents played a key role in important field activities. This includes supporting public health surveillance for mass gatherings during the All-African Games held in Maputo in September 2011, through the implementation of a syndromic surveillance system. Residents coordinated the collection, compilation and epidemiological analysis of data from the major health service centers during the event to detect and respond in a timely manner to any outbreaks that might occur. In this case, no outbreaks or unusual disease patterns were identified; however, the activity provided valuable information and reassurance to event organizers and the public during a complex mass-gathering. In addition, catastrophic flooding affected Gaza Province in 2013, resulting in the displacement of an estimated 120,000 inhabitants. During this natural disaster, MZ-FELTP residents conducted real-time surveillance for events of public health importance affecting the displaced population. Increases in diarrheal disease and malaria were noted among the displaced population and this real-time surveillance informed emergency response agencies and facilitated timely implementation of disease control and response measures. An important indicator of success of the program is the graduation and retention of graduates in the
Following establishment of the program, progress has been made in strengthening the response to outbreaks and improvements of disease surveillance systems and activities in the country. The majority of MZ-FELTP graduates have been retained in the Mozambique Health System. This is similar to the FELTPs in other African countries [10, 15-17]. Although there is strong graduate retention, the Ministry of Health needs to further develop a welldefined career path for the graduates in epidemiology and public health laboratory management, to optimize the impact and utility of this human resource cadre and ensure ongoing retention. The program's sustainability is an ongoing challenge, since it is an intensive training program requiring significant human and financial resources. Currently, FELTP in Mozambique is mostly funded by the CDC, with some contributions from the Ministry of Health. The longterm success of FELTPs depends on their sustainability [16], thus the government entities and institutions in host countries must assume ownership of the program and diversify funding with multisector support. One of the priorities is the strengthening of field placements to ensure that the development of skills and competencies are in-line with program objectives and academic training goals. The existence of mentors and qualified field supervisors is crucial for the success of this training model. The limited dissemination and communication of research results through publication in international and national journals suggests
Page number not for citation purposes
4
the need to create strategies for strengthening scientific writing.
Authors’ contributions
However, language also poses a challenge which has been addressed through support of technical advisers who are native English speakers who can review outputs.
All the authors have read and agreed to the final manuscript.
Acknowledgments
Conclusion Epidemiology is an essential pillar of public health and as such, must be closely linked to policies, programs and services. While MZ-FELTP is still at a relatively early stage in its growth and development, it has shown some positive and significant impacts which are assisting the country to better detect and respond to outbreaks and address major public health challenges. It is an important platform for developing a multidisciplinary and cohesive workforce, with trained health professionals that can operate effectively in various segments of the public health system to improve health security. Continued engagement and involvement of all stakeholders and program
The authors would like to acknowledge all organizations that provide support and funding to the program: the U.S. government via CDC, the Presidents Malaria Initiative (PMI) and the Presidents Emergency Plan for AIDS Relief (PEPFAR); AFENET, TEPHINET, South American Network of Field Epidemiology (RedSUR), Applied Epidemiology Training Program of Brazilian Health System (EPISUS) and
Mozambique
Provincial
Health
Directorates.
We
also
acknowledge the following individuals who contributed towards the development of this paper: Eduardo Samo Gudo, Mohsin Sidat, Palha de Sousa and Nick Schaad.
partners is necessary to ensure sustainability and expansion of the program beyond its current scope.
Tables
What is known about this topic
The FELTP curriculum has been adopted in many African
Table 1: Implementation of 8 basic epidemiology short courses,
countries to strengthen the public health system;
Mozambique, 2009-2015
The FELTP model is unique for its emphasis of on-the job
Table 3: Major outputs of MZ-FELTP, 2010-2016
training methodology prioritizing "learning by doing";
Table 2: Current profile of MZ-FELTP graduates
The program has been documented for providing an effective response to public health emergencies, including disease outbreaks and other public health events.
References
What this study adds
This is the first article describing the experience of FELTP
1.
Mozambique Ministry of Health and World Health Organization.
in Mozambique;
Assessment of Epidemiological Disease Surveillance System in
This article reports the main successes and challenges of
Mozambique. 2006. Google Scholar
FELTP in Mozambique;
This
manuscript
reinforces
the
importance
of
key
2.
Health Sector. 2012. Google Scholar
stakeholder engagement for the continuation, expansion and ongoing sustainability of the program.
Mozambique Ministry of Health. Report of Revisions in the
3.
Gujral L et al. Cholera epidemiology in Mozambique using national surveillance data. Journal of Infectious Diseases.
Competing interests
2013; 208(suppl 1): S107-S114. Google Scholar
The authors declare no competing interest.
Page number not for citation purposes
5
4.
Asante K, Brundrit G, Epstein P, Fernandes A et al. Main report: INGC climate change report: study on the impact of
11. Massangaie
M
et
al.
Clinical
and
Epidemiological
climate change on disaster risk in Mozambique. Mozambique:
Characterization of the First Recognized Outbreak of Dengue
INGC. 2009. Google Scholar
Virus-Type 2 in Mozambique, 2014. Am J Trop Med Hyg. 2016; 94(2): 413-416. PubMed |Google Scholar
5.
Mozambique Ministry of Health. Human Resources for HealthCountry Profile. Human Resources for Health Observatory. 2013. Google Scholar
12. Salomão CA, Sacarlal J, Chilundo B, Gudo ES. Prescription practices for malaria in Mozambique: poor adherence to the national protocols for malaria treatment in 22 public health
6.
Cardenas VM et al. Improving global public health leadership
facilities. Malaria Journal. 2015; 14: 483. PubMed | Google
through training in epidemiology and public health: the
Scholar
experience of TEPHINET. American Journal of Public Health. 2002; 92(2): 196-197. Google Scholar
13. Pires GM, Folgosa E, Nquobile N, Gitta S, Cadir N. Resistência de Mycobacterium tuberculosis aos tuberculostáticos em
7.
White ME, McDonnell SM, Werker DH, Cardenas VM, Thacker
Moçambique. Jornal Brasileiro de Pneumologia. 2014; 40(2):
SB. Partnerships in international applied epidemiology training
142-147. Google Scholar
and service, 1975-2001. American Journal of Epidemiology. 2001; 154(11): 993-999. PubMed | Google Scholar
14. Salomão C, Sacarlal J, Gudo ES. Assessment of coverage of preventive treatment and insecticide-treated mosquito nets in
8.
Mukanga D et al. The genesis and evolution of the African field
pregnant women attending antenatal care services in 11
epidemiology Network. Pan Afr Med J. 2011; 10(supp1):
districts in Mozambique in 2011: the critical role of supply
2. PubMed | Google Scholar
chain. Malaria Journal. 2017; 16(1): 23v. PubMed | Google Scholar
9.
Gitta SN, Mukanga D, Babirye R, Dahlke M, Tshimanga M, Nsubuga
P.
The
African
Field
Epidemiology
Network-
15. Nsubuga P et al. Field Epidemiology and Laboratory Training
Networking for effective field epidemiology capacity building
Programs in sub-Saharan Africa from 2004 to 2010: need, the
and service delivery. Pan Afr Med J. 2011; 10(supp1):
process and prospects. The Pan Afr Med J. 2011; 10:
3. PubMed | Google Scholar
24. PubMed | Google Scholar
10. Nguku P, Mosha F, Prentice E, Galgalo T, Olayinka A, Nsubuga
16. Becker KM et al. Field Epidemiology and Laboratory Training
P. Field Epidemiology and Laboratory Training Programs have
Programs
been in Africa for 10 years, what is their effect on laboratory-
partnerships in animal and human health. Journal of the
based surveillance; reflections from a panel at the African
American Veterinary Medical Association. 2012; 241(5): 572-
Society of Laboratory Medicine December 2014 Cape Town
579. PubMed | Google Scholar
meeting.
The
Pan
Afr
451. PubMed | Google Scholar
Med
J.
2015;
in West Africa as
a model
for sustainable
20: 17. Mmbuji et al. The Tanzania Field Epidemiology and Laboratory Training Program: building and transforming the public health workforce.
Pan
Afr
Med
J.
2010;
10(supp1):
9. PubMed | Google Scholar
Page number not for citation purposes
6
Table 1: implementation of 8 basic epidemiology short courses, Mozambique, 2009-2015 Year
Number
of
participants
Target Provinces* Maputo Province, Maputo City,
2009
24
2010
18
2012
26
2012
24
Maputo Province, Gaza
2013
20
Cabo Delgado
2014
18
Niassa
2015
25
Zambézia
2015
25
Nampula
Total
180
Gaza, Cabo Delgado Maputo, Gaza, Sofala, Nampula, Zambézia and Niassa Maputo Province, Maputo City and Gaza
*8 of 11 provinces covered
Table 2: Current profile of MZ-FELTP graduates Current Position (in 2017) Provincial Cohort
Track
Admission
Completed
MoH
Cohort 1
Epi
5
4 (80%)
2
(2010-12)
Lab
6
6 (100%)
Cohort 2
Epi
9
(2012-14)
Lab
Cohort 3
Epi
(2014-16)
Lab
Health
UEM
MoD
NGO
2
0
0
0
5
0
1
0
0
9 (100%)
7
2
0
0
0
5
5 (100%)
2
1
1
1
1
8
8 (100%)
2
4
0
1
1
4
4 (100%)
1
3
0
0
0
36
19
12
2
2
1
(97%)
(51%)
(32%)
(5.5%)
(5.5%)
(2.7%)
Department
Total Percentage
37
UEM: University Eduardo Mondlane MoD: Ministry of Defense NGO: Non-government organization
Page number not for citation purposes
7
Table 3: Major outputs of MZ-FELTP, 2010-2016 Outputs
Quantity
Outbreak investigations and response
42
Topics Measles, cholera, rotavirus, typhoid, polio, poisoning, shigellosis, influenza, conjunctivitis, malaria, dengue, chikungunya, and yellow fever Evaluation of polio and measles vaccination campaigns, evaluation of
Field work (Non-outbreak investigation)
6
mosquito nets distribution campaigns, response to emergencies and surveillance at mass events (African Games) Cancer, TB-MDR, antimicrobial resistance, water and food, vaccine coverage
Descriptive
analyses
of
surveillance data
39
, measles , rubella, occupational health, leprosy, exposure to HIV, nutrition, neonatal tetanus, lymphatic filariasis, malaria, cholera, community health workers, non-communicable disease, and neglected tropical diseases
Articles in the Epidemiological Bulletin Creation of database Creation
of
standard
14
Outbreak investigations and descriptive surveillance data analysis
8
Laboratory information system
27
Laboratory procedures
laboratory operating
procedures AFP, measles, HIV anti-natal surveillance, TB, malaria, water and food, Surveillance
system
evaluation
37
polio, lymphatic filariasis , non-communicable diseases , mortality, dysentery, cholera, diarrhoea, immunization coverage, leprosy, laboratory information system, trauma, International: AFENET, TEPHINET, EPISUS
Oral presentations at scientific conferences
>70
National:
Mozambique
National
Scientific
Conference
on
Health,
Mozambique Ministry of Science and Technology Conference, Maputo Central Hospital Scientific Conference, UEM Scientific Conference on Health Scientific Conference, INS Open Days for Research
Poster
presentations
scientific conferences
at
>30
Training activities
>24
Journal publications
4
International: AFENET, TEPHINET, EPISUS National: Health days, MCT, HCM Workshops: Non-communicable diseases, risk communication, molecular epidemiology of infectious diseases, scientific writing International peer-reviewed journal
Page number not for citation purposes
8